744C083222JP Resistors

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Resistor networks and arrays are used to create specific patterns of electrical resistance for applications where a group of resistors is required to achieve a specified purpose. The 744C083222JP is one such product. In this article, we\'ll discuss the application field and working principle of the 744C083222JP.

The 744C083222JP is a quad resistor network with 8 pins set in an array. It forms a bridge pattern of resistance in a 0.2mm dense interconnection wire feed (DIF). The 744C083222JP\'s application field covers sensitive consumer electronics, where a group of resistors is required to match input signals to a precise fixed external reference. It is commonly used as a voltage divider for precision current-limiting. This quad resistor network also has extensive application in the automotive and industrial electronic sectors, where maximum accuracy and reliability are sought.

The 744C083222JP quad resistor network features four 1/4 Watt resistors with an allowable rise-time of up to 50 nsec and a capacitive charge of up to 20pF. Each resistor has a 50 ohm impedance and its resistance values range from 1K to 200K ohm. The 744C083222JP uses advanced Kelvin-Varley topology and a varied pitch-to-pitch combination to provide a precisely preprogrammed resistance pattern. The 744C083222JP is also capable of providing 50-mil pin spacing and very low parasitics.

Working off DC 5V power, the 744C083222JP\'s exceptionally high and low temperature stability occurs at ± 20ppm/°C and ± 25ppm/°C respectively. It also provides excellent tracking of the reference voltage level, with errors of less than ± 2mV. This allows the 744C083222JP to provide consistent, accurate voltage regulation in all temperature conditions. It is also a very durable device, lasting up to 250,000 cycles with rated current.

The 744C083222JP quad resistor network is widely used in the consumer electronics, industrial electronics, and automotive industries due to its high precision and reliability. Its small size, high- and low-temperature stability, excellent tracking, low parasitics, pitch-to-pitch combination, and 50-mil pin spacing ability, make it an ideal component for creating precision resistance patterns. The use of Kelvin-Varley topology ensures the accuracy and reliability of the 744C083222JP, making it suitable for a variety of applications in which precision resistance and signal regulation are required.

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